ACEBOTT STEM Robot Car Starter Kit Mecanum Wheel Camera with ESP32 Controller Board

Discover the perfect introduction to robotics and coding with the ACEBOTT Omni-Wheel Car Starter Kit. Designed for beginners, students, and young makers, this smart robot car brings STEM learning to life through hands-on building, interactive lessons, and multi-directional movement powered by Mecanum wheels.

Key Features

• 360° Omni-Directional Movement
Equipped with advanced Mecanum wheels, the robot can move forward, backward, sideways, diagonally, and rotate with ease — allowing for highly flexible navigation and creative robotics projects.

• ESP32 Programmable Controller
Powered by a high-performance ESP32 board, the kit supports Arduino, ACECode, and Python, giving learners the freedom to code using the platform they prefer.

• 16 Guided STEM Lessons
The kit includes story-based, step-by-step tutorials that teach beginners the fundamentals of robotics, sensors, electronics, and programming.

• Expandable With 9 Add-On Kits
Customise your robot with optional expansion modules such as a robotic arm, camera, solar panel, and more — ideal for advanced STEM challenges.

• Multiple Control Modes
Control the robot using an IR remote or through a mobile app, making the learning experience fun and interactive.

• Smart Functions Included
Built-in sensors enable line following and obstacle avoidance, adding real-world capabilities that help students understand automation and AI concepts.

Who Is It For?

• Recommended for ages 8+
• Ideal for home learning, after-school programs, STEM clubs, and K-12 classrooms
• Perfect for beginners with no prior programming experience

Why You’ll Love It

• Hands-on learning that builds real coding and robotics skills
• Smooth and precise movement thanks to Mecanum wheel technology
• A flexible platform that grows with the learner through expansion modules
• An engaging way to explore engineering, automation, and intelligent systems

How It Works

1. Assemble the robot using the detailed instructions.
2. Code using Arduino, ACECode, or Python and follow the included lessons.
3. Control the car via remote or app and explore advanced functions like line following.